1) wire wasting
丝损耗
1.
In the paper,the research about wire wasting regularity affected by cooling liquid are given by using the typical cooling liquid,and a new concept that is durable characteristic of electrode wire is delivered.
通过3种典型工作介质的使用,研究了工作介质对电极丝损耗的影响规律,并提出了电极丝使用耐用度的概念,分析了工作介质洗涤性能改善对电极丝耐用度提高的原因,提出了机床电极丝导向、喷水冷却结构的改进方案。
2) wearing out or breaking off
损耗或断丝
1.
The major effect factor of wearing out or breaking off electrode wire in wire out EDM for die & mould is analysed,for example electric-gage performance of pulse electric-source,process parameter of cut machining,machine transmitting-accuracy of equipment and so on.
分析模具线切割加工中电极丝损耗或断丝的主要影响因素,如脉冲电源的电规准、切割加工的工艺参数及机械设备传动精度等。
3) electronic wire loss
电极丝损耗
4) loss
[英][lɔs] [美][lɔs]
损耗
1.
Effects of surface fluorination on loss property of PMMA POF;
表面氟化对PMMA聚合物光纤损耗性能的影响
2.
The loss of catalyst of the catalytic cracker for oil refinery;
浅析炼油厂催化装置催化剂的损耗原因
3.
Evaporation loss of oil and oil vapor recovery technology;
油品蒸发损耗及油气回收技术
5) Attenuation
[英][ə,tenju'eiʃən] [美][ə,tɛnjʊ'eʃən]
损耗
1.
Influence of Heat Aging on Attenuation of PMMA Polymer Optical Fiber;
热老化对PMMA塑料光纤损耗的影响
2.
Analyze on the Stokes-induced Attenuation of the Signal at Higher Frequency;
Stokes光对频率上移信号光的损耗分析
3.
The influence of energy attenuation on supersonic velocity measurement;
能量损耗对超声声速测量的影响
6) consumption
[英][kən'sʌmpʃn] [美][kən'sʌmpʃən]
耗损
1.
Measures to lower consumption of catalytic agents in catalytic cracking;
降低催化裂化催化剂耗损的措施
2.
On the basis of the production reality of special steel,the main factors of roller consumption are analyzed At the same time the ways and methods of how to reduce the consumption of the roller are discussed in following aspectsjthe choice of the roller material;the improvement of the working condition of roller;and the management of the roller,etc.
根据特殊生产实际 ,分析了轧辊耗损的主要因素 ,从轧辊选材、改善轧辊工作条件、轧辊管理等方面探讨了冶金轧辊降耗的对策与途径。
补充资料：介质损耗角正切试验(见电容率与损耗因数试验)
介质损耗角正切试验(见电容率与损耗因数试验)
dielectric loss tangent test
)!eZh.sunhooJ一002匕engq一e sh一yon介质损耗角正切试验(dieleetri。1055 tangenttest)见电容率与损耗因数试验。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条